nano-tRNAseq PRO Kit
The nano-tRNAseq Pro Kit is the upgraded version of our nano-tRNAseq kit. It enables full-length, native sequencing of tRNA molecules, letting you measure tRNA abundance and modification status in a single experiment.
How it works
- Prepare your libraries. Isolate tRNAs and build libraries using the included reagents.
- Multiplex your samples. Pool up to 12 samples per library to save time, cut costs, and reduce batch-to-batch variability.
- Sequence at your bench. Run your samples directly on Oxford Nanopore Technologies instruments.
- Analyze the data. Process the results yourself, or contact us and let our bioinformatics team do it for you.
What's Included:
- Library Prep Kit — everything you need to prepare multiplexed tRNA libraries for up to 12 samples.
- Demultiplexing Tool — a fast, reliable demultiplexer with a 40-day license from activation. Requires Docker and an NVIDIA GPU with at least 8 GB of vRAM.
Need More Flexibility?
If you’d like to run additional sequencing while your license is still active, simply purchase the nano-tRNAseq Library Prep PRO Kit on its own. Contact us for information.
The 6-barcode nano-tRNAseq Library Prep Kit is still available by request — contact us for a quote. Please note that it will be discontinued after June 2027.
Suitable for: All known species with an annotated genome.
For Research Use Only. Not Intended for Diagnostic or Therapeutic Use.
"Immagina is the exclusive license holder to IPs for research use covering key aspects of nano-tRNAseq technology developed by researchers of the Novoa Lab at the Centre for Genomic Regulation, Barcelona, Spain"
The nano-tRNAseq Pro Kit brings together the physical reagents and digital tools you need for efficient, multiplexed tRNA sequencing in one streamlined workflow. Now with 12 barcodes!
The nano-tRNAseq Pro Kit ships on dry ice, typically within one week of your order. Our team prides itself on fast, thorough support to help you get up and running quickly — reach out with any questions
Documentation & research papers